0SPF005.HXR

As an important component in electrical circuits, specialty fuses are widely applied to the protection of electrical equipment against overcurrent and overvoltage. In this regard, 0SPF005.HXR is one kind of specialty fuses that feature excellent protection performances.

The 0SPF005.HXR is designed with single pole and single interrupting rating, and is applicable to AC/DC circuits. Its rated voltage is 600 volts, while the rated current is 5 amperes. In this case, the 0SPF005.HXR can be directly brazed or soldered with connectors. With the ceramic body construction, 0SPF005.HXR specialty fuses are able to handle a wide ambient temperature range from -55°C to +125°C.

In terms of protection functions, the 0SPF005.HXR specialty fuses are equipped with the fast blow time-delay action. This is a kind of time-delay action where the fusing current is lower than the designed current but the fuses still need certain time to blow. In this way, it ensures that the 0SPF005.HXR can protect the circuit against the inrush current.

Apart from that, the 0SPF005.HXR specialty fuses offer superior resistance-to-temperature performance. When the ambient temperature rises, the resistance of the 0SPF005.HXR can still maintain stable. This is a critical factor for electrical circuit protection since the thermal overload or short circuit current are very sensitive to ambient temperature variations.

The 0SPF005.HXR also has superior overcurrent protection performance. The fuses will blow in milliseconds when the current of the circuit exceeds than the designed current. In this way, it can protect the circuit against sudden overcurrent and overvoltage. Additionally, the 0SPF005.HXR specialty fuses are with small size and space-saving design, making them ideal for miniature circuits.

In conclusion, 0SPF005.HXR specialty fuses are widely applied to the protection of electrical equipment against overcurrent and overvoltage due to its excellent performances. It has excellent resistance-to-temperature performance, fast blow time-delay action and superior overcurrent protection performance. Additionally, the small size and space-saving design make it suited for miniature circuits.